M型风电运维船船型设计与波浪增阻及耐波性能

Hull Form Design, Added Resistance in Wave and Wave Resistance Performance of M-type Wind Power Maintenance Vessel

基于三体风电运维船船型,结合M型船的特征要素设计改造出M型风电运维船。利用数值仿真技术模拟出M型风电运维船波浪航行时的波浪增阻与纵摇、垂荡情况,将数值仿真计算结果与原三体船的试验数据进行比较,以此探索不同M型船船型对船舶波浪航行时的波浪增阻与纵摇、垂荡情况的影响。最终确定了耐波性能较优的船型方案,从而为M型风电运维船的船型设计提供了一定的参考与借鉴。

Based on the original wind power maintenance trimaran,combined with the main characteristics of M-Type ship,the M-type maintenance ship in wind farm is designed.By using numerical simulation technology to simulate the wave resistance increase,pitch and sway of M-type wind power operation and maintenance ship during wave navigation.The numerical simulation calculation results are compared with the test data of the original trimaran to explore the effects of different M-type ships on the wave resistance increase,pitching and heave during the ship’s wave navigation.The ship form scheme with better wave resistance performance is finally determined,which provides a certain reference for the ship form design of offshore trimaran-type maintenance ship in wind farm.